Unformatted text preview: input (volumetric flow rate into a cooling jacket). All variables that do not include the argument "t" may be assumed constant. All variables are defined in problem 2.8 of the textbook. c. ρ VC p = q F (t) ρ C p (T F (t)–T(t) ) + UA ((f s (P s ) – T(t) ) where P s is a constant. All variables are defined in problem 2.9 of the textbook. d. Α = q i (t) – C v where P s is assumed constant. All variables that do not include the argument "t" may be assumed constant. All variables are defined in problem 2.4 of the textbook....
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 Spring '10
 Crissale
 Thermodynamics, Chemical Engineering Department, following dynamic systems

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